Hafsaaa said:The Attempt at a Solution
the only thing I know is the answer, which is 35.6 m.
Could someone help walk through this problem? It would be much appreciated.
rock.freak667 said:You'll need to assume the hill is circular, so if you feel weightless, how does this relate to your actual weight with respect to the normal reaction. For circular motion what sort of force would keep you moving in a circle?
Hafsaaa said:Well since I'm moving in a verticle circle would gravity be force acting on me?
rock.freak667 said:There would be the normal reaction and your weight. If you are weightless then what is the normal reaction equal to?
Hafsaaa said:it would be zero correct?
The unknown radius of a hill refers to the distance from the center of the hill to its outer edge or perimeter. It is a measurement that is often used in geology and geography to describe the size and shape of a hill.
The radius of a hill is an important measurement because it can provide valuable information about the size, shape, and slope of the hill. It can also help in determining the amount of surface area and volume of the hill, which can be useful in various scientific studies and calculations.
The radius of a hill can be measured using various methods, such as using a handheld measuring tool like a ruler or tape measure, or through more advanced techniques like remote sensing and aerial photography. The specific method used will depend on the size and location of the hill.
Yes, the radius of a hill can change over time due to various natural processes, such as erosion, weathering, and tectonic movements. Human activities, such as construction and mining, can also alter the shape and size of a hill and therefore affect its radius.
The radius of a hill is an important aspect of its topography, as it can influence the overall shape and form of the hill. For example, a hill with a larger radius will have a gentler slope and a broader summit, while a hill with a smaller radius will have a steeper slope and a more pointed summit.